Presenting results and networking among PAs and schools

The WWF Nature Academy cycle ends with a final event were all ambassador schools present the results of their projects and the protected area they are an ambassador of. The final event is hosted by one of the participating protected area and the goal of the events is to share success, lessons learned and promote networking among the ambassador schools and PAs. An important element of the final event is the press conference for local and national media.

 

During the academic year the ambassador schools share their results on the WWF Nature Academy Facebook page (a closed group for project participants), on their school websites and Facebook groups and they communicate them to the local media together with the protected area.

 

After the final event each ambassador school becomes a mentor to a new school participating in the academy and hands them over the “mentoring box” with suggestions, motivational messages and handmade souvenirs. In this way ambassador schools of the same protected area start to cooperate and in time build a school network of the protected area.  

 

Very important for the end of the academy cycle – celebrate the success at a thematic biodivesity party! 

1. School director supports participation and enables to the teachers to implement activities outside of the school.

2. All students need the consent of their parents/legal guardian for the participation in the project as it involves activities outside of school and usage of photo and video materials.

 

3. Good cooperation between the protected areas and their ambassador schools, PAs support in the implementation of project activities.

 

4. Willingness of the PA to host the final event.

  • Sending clear instruction to the ambassador schools on how to present their project results and their protected area.
  • Start to organize the final event with the PA on time and clearly define who is doing what.
  • Have representatives off all involved protected areas present at the final event.
  • If possible include more students from the hosting ambassador schools as it does not influence the budget of the event and gives more students the opportunity to present the results they have achieved.  
  • If possible help the ambassador schools to arrange a meeting with their mentoring school before the next school year starts.
Queensland Government
Oceania
Sherri
Tanner-McAllister
Establishing and enhancing Queensland Parks and Wildlife Service & Partnerships (QPWS&P) and community relationships
Develop Memorandum of Understandings between Queensland Parks and Wildlife Service & Partnerhsips (QPWS&P) and volunteer organisations
Provide and support conservation projects and programs to strengthen relationships and enhance park values
Queensland Government
Oceania
Sherri
Tanner-McAllister
Establishing and enhancing Queensland Parks and Wildlife Service & Partnerships (QPWS&P) and community relationships
Develop Memorandum of Understandings between Queensland Parks and Wildlife Service & Partnerhsips (QPWS&P) and volunteer organisations
Provide and support conservation projects and programs to strengthen relationships and enhance park values
Resolving the future of all peatlands in Belarus.

Once the environmental, economic and health benefits of restoration been nationally acknowledged, The Council of Ministers adopted the Strategy for Sustainable Use and Categorization of All Peatlands, in 2015. This policy prevents any future loss of peatlands, allowing peat extraction only where no biodiversity loss would be caused and requiring mandatory re-wetting after extraction or agricultural use. Ownership and management of peatland during their use/protection, during and after restoration, and the saving mechanism to set aside funding for restoration have been all clarified in national regulations.

- clear demonstration of economic and environmental benefits through on the ground demonstration is the most convincing argument for the Government to adopt a long term decision that is favorable for the ecosystem and people.

 

- it took about 10 years between the first studies on biodiversity loss on peatlands and adoption of the long term vision for peatlands sustainabilty. Time is an important factor in achieving a positive transformative change.

- it is possible to resolve an issue as complex as this, when Government, international communities and researchers come together and agree to proceed towards a common goal.

Demonstrating restoration in-situ

With the co-funding from the Global Environment Facility, 22,397 ha of degraded peatlands were restored between 2009 and 2011. Restoration at these 10 sites helped stop annual emission of about 448,000 tons of CO2 from peatland fires and mineralization, and saving the country tens of millions of dollars in fire-fighting operations. Already one year after rehabilitation most sites showed re-emergence of typical wetland vegetation (primarily Sedge communities) and its domination over trees and shrubs (pictures attached). The density of water-birds increased by 12-16%. At the re-created wetlands scientists recorded the IUCN-listed Aquatic Warbler (VU), Greater spotted eagle (VU), Black-tailed godwit (NT), as well as other wetland species previously lost from these areas, such as Common snipe, Reed bunting, Lapwing, Sedge warbler, Great reed warbler. Restoration cost (from engineering design to having water level restored) has been around US$50/ha. Restoration mostly involved use of local materials and local labor. Since 2011, restoration of peatlands at other sites continued without external donor support.

- adoption and acceptance of technical standards mentioned in the previous building block is important for success of restoration on the ground.

- rewetting peatlands through closing of the drainage canals and ditches is a natural solution which is the only effective way of addressing peat fires. The water does return even if it seems that it has gone completely from the peatland. 

Restoration Know-How

A technical guidebook was developed on affordable approaches to peatland restoration. The key challenge was to bring together specialists from different fields (hydrology, biology, soil sciences, economy) to work together on developing a single most sustainable solution for each peatland; the process, therefore, involved a lot of learning and benefited from advice of German and British experts. The resulting know-how was approved as a Code of Best Practices, becoming a standard in peatland restoration in Belarus. The restoration approach relies on using local material and in a very few cases on more solid (concrete) constructions to block drainage ditches and thus stop/prevent water from running-off peatlands. The blocking constructions can be regulated if needed, allowing to adjust water level in the peatland as needed. An algorithm has been developed for identifying how many such constructions would need to be placed and where, depending on area size, elevation, and condition of the drainage ditches. (Further details on the technical aspects of the restoration approach can be found in the Guidebook itself). The re-wetting of temperate peatlands, as developed by a team of specialists led by Dr. Alexander Kozulin, can prevent emissions, restore hydrology, recreate habitat of water-birds and trigger re-start of peat accumulation.

- specialists from different fields (hydrology, biology, soil sciences, economy) willing to learn and collaboration for developing single sustainable solution for each given peatland,

 

- advice from leading peatland researchers (Greifwald Institute Germany,  and RSPB, UK),

 

- Government willing to accept a long-term sustainable natural resource management as opposed to possible short term benefits that can be derived from immediate use of peatlands for fuel or agriculture.

- For rewetting to be successful, there is a need for careful land altitude modelling, especially in case when there are signficant altitudinal changes across the peatland.

 

- There is a need for careful monitoring of the hydrotechnical facilities after rewetting, to make sure they function exactly as planned and to repair them on time in case of need. 

 

- It is important that the hydrotechnical facilities constructed as part of the rewetting have a clear owner/manager, responsible for their maintenance and observance of the post-restoration groundwater table level.

 

- Cost of restoration may vary. Belarus case has proven that there is no need for expensive constructions works (local materials can well serve the purpose), and no need for assisted re-vegetation / reseeding; most wetland communities return together with the return of the groundwater. 

 

Detained technical information (with examples and pictures) can be found in the Peatland Restoration Guide for which the link has been provided.

Alexander Kozulin
Restoration Know-How
Demonstrating restoration in-situ
Resolving the future of all peatlands in Belarus.
Alexander Kozulin
Restoration Know-How
Demonstrating restoration in-situ
Resolving the future of all peatlands in Belarus.
Potential as a Transferable Model

According to Costa et al, “Brazil was the first country in the world to implement a National Policy for Agroecology and Organic Production”. It is therefore worthy of notice that the Policy has been widely implemented in the country, succeeding as a good example of a multi-sectoral public policy, despite the challenges it still faces. Furthermore, PNAPO has served as inspiration for Brazilian States (such as Minas Gerais, Rio Grande do Sul, Goiás, São Paulo and Amazonas), the Federal District and Municipalities to elaborate their own state and municipal policies, following the guidelines of the National Policy and adapting them to their own realities and necessities. Hence PNAPO is likely suitable to be transferred to other situations.

Indeed, there were many exchanges with other Latin American countries, thanks to (and within) REAF – Rede Especializada da Agricultura Familiar. Within this context, a number of the strategies, initiatives and programmes set out by and developed under the umbrella of the PNAPO, such as the Segunda Água Programme and the public calls for ATER, are highly transferable to other countries with common characteristics and issues, with emphasis to those from the global south with large agricultural areas.

In particular, Brazil’s National School Feeding Programme has been recognized by various actors (UNDP, WFP, FAO) and has spiked interest from governments in Asia, Africa and Latin America.

Implementation of PNAPO

The National Policy (PNAPO) has been implemented in Brazil since 2012, aiming at fostering sustainable agricultural practices and healthy food consumption habits; empowering family farmers, traditional communities, women and youth; and promoting sustainable rural development through specific programs and financing for smallholder farming. It is a multi-sectoral and multi-stakeholder interdisciplinary policy on a federal level, whose initiatives have been implemented throughout the five Brazilian regions, with verifiable results.

Some programmes and initiatives currently included in the flagship of PNAPO already existed before its creation. Nonetheless, with the establishment of the policy and the creation of CNAPO, those programmes have been strategically articulated and integrated into PNAPO’s general objectives and working plan, guaranteeing more participative planning, implementation and monitoring processes.

One of the PNAPO’s main instruments is the National Plan for Agroecology and Organic Production (PLANAPO), which must always include at least the following elements: overview/diagnosis, strategies and goals, programmes, projects, actions, indicators, deadlines and a management structure (Article 5 of Federal Decree 7,794).

 

The main goals and initiatives of PLANAPO are to strengthen agroecological and organic production networks, increase the supply of Technical Assistance and Rural Extension (ATER), focusing on agroecological practices; increase access to water and seeds, strengthen government procurement of products, increase consumers’ access to healthy food, without the use of agrochemicals or transgenics in agricultural production, thus strengthening the economic value of the farming families. PLANAPO seeks also to expand access to land.

 

Despite “civil society proposals have not been fully included in the final version of the PLANAPO, there is a general consensus on the fact that the Plan marks an historic moment, an important step forward in the direction of a more sustainable peasant agriculture, especially in a country such as Brazil where the agribusiness model still keeps on maintaining a great influence on government policies, due to its economic importance”.

According to ANA, there are several good points to be highlighted in the first PLANAPO (2013-2015). Among the positive aspects are the actions that had a budget for implementation and which made an important contribution to the advancement of agroecology. Among the negative aspects of the first PLANAPO are the very small budget for policies such as the Ecoforte Programme and Technical Assistance and Rural Extension.